When theoretical physicists like myself say that we’re studying why the universe exists, we sound like philosophers. But new data collected by researchers using Japan’s Subaru telescope has revealed insights into that very question.
with mr physicist pava muckluck tells us what makes the facilities so special. to me. if you want to know what is out there in the skies you start with what you can see with your own eyes you investigate the visible. in the past century we ve built big telescopes to investigate also the radio portion of the electromagnetic radiation and satellites which investigate the ultra violet. but if you focus only on the electromagnetic radiation you re missing on the a big part of information which is actually coming to us from space meaning. the scientists who study cosmic rays are not looking for life that comes from space they re looking for political views. ninety percent of these particles are protons nuclei off the hydrogen atom most of the rest are helium nuclei which one percent comprising electrons and heavy in the u.k.
the scientists who study cosmic rays are not looking for mind that comes from space they re looking for post because. ninety percent of these particles of protons nuclei off the hydrogen atom most of the rest are helium nuclei with one percent comprising electrons and heavy nucleons such as iron or nitrogen. based on their energy we can roughly categorize the cosmic rays into free man kotecha things we have the lower energy governor s race which are coming from the sun. mostly because it s so close then we have the middle range of energy use oh where are concentrates coming from within our galaxy and there is a good evidence that these cosmic rays are coming from supernova which are these massive explosions of stars. but only in the very very highest energies we believe cosmic rays are coming from outside our galaxy and there is
the radio portion of the electromagnetic radiation and satellites which investigate the ultraviolet. but if you focus only on the electromagnetic radiation you re missing on a big part of information which is actually coming to us from the space you know. the scientists who study cosmic rays are not looking for mines that comes from space they re looking for political. ninety percent of these particles of protons nuclei off the hydrogen atom most of the rest are helium nuclei with one percent comprising electrons and heavier nuclei such as iron or nitrogen. based on their energies we can roughly categorize the cosmic rays into three main categories we have the low energy goes with brains which are coming from the sun. mostly because it s so close then we have the middle range of energies where our cosmic
nuclei off the hydrogen atom most of the rest are helium nuclei with one percent comprising electrons and heavy in the u.k. i such as iron or nitrogen. based on their energy we can roughly categorize the cosmic rays into three main contemporaries we have the lower energy couple brains which are coming from the sun. mostly because it s so close then we have the middle range of energy use where our concentrates coming from within our galaxy and there is a good evidence that these cosmic rays are coming from future know by which are these massive explosions of stars. finally in the very very highest energies we believe the cosmic rays are coming from outside our galaxy and there is a theory that actually they are coming from what we call our the galactic nuclei which are centers of the galaxies with very high star from. the